My research includes preparation superhydrophobic surface by various novel methods and applications of these superhydrophobic surface in industrial processes.

My research interests are in exploiting nanoengineered surfaces and coatings to enhance a variety of thermo-fluid phenomena (drop impingement, molten metals spreading & solidification, condensation, boiling, icing) for energy efficiency.

My research involves both understanding the fundamentals of scale formation and adhesion as well as developing nanoengineered surfaces with controlled scale formation and adhesion properties.  

My research focuses on understanding aspects related to condensation heat transfer on surfaces with disparate geometries and properties.

My research is focused on the control of electrical and thermal properties of organic polymers that conduct electricity.

Currently, I work as a research scientist between Varanasi Group at MIT and National Institute of Standards and Technology. For more information visit my website

The projects that I am currently working on fall at the intersection of fluid mechanics, applied mathematics, oceanography, and biophysics. You can find more about me at http://www.bu.edu/me/people/faculty/ae/jacy-bird-ph-d/

My research interests are liquid wetting on textured surfaces, its role in phase changing phenomena, heat transfer, and micro/nano surface texturing methods. Webpage

I'm working on condensation heat transfer and related topics, including nucleation and growth during condensation on nanotextured surfaces.

With scalable manufacturing methods, I'm developing new materials that have tailored interfacial properties for improved boiling heat transfer and electronics cooling.

My research is focused on nucleation inhibition and adhesion reduction of hydrate and scale using nano-engineered coatings.

My research focuses on nano-engineered membranes for separation of oil/water emulsions.

My research is focused on deterministic design of orthopaedic implants. Current projects cover design of joint prostheses and other orthopaedic devices, fracture repair, and the design and manufacture of nano-textured coatings for improved implant integration.

My research focuses on improving the efficiency of oil and water separation techniques using nanotextured surfaces.

My research focuses on modifying wetting properties on nano-engineered surfaces to improve efficiency in various energy applications.

My research focuses on separation of Oil/water mixtures by modifying the wetting properties of a membrane surface. For more information visit my website